Keyphrases
Internal Combustion Engine
50%
Alternative Fuels
50%
Turbulent Premixed Flames
50%
Density Modeling
50%
Flame Interaction
50%
Dynamic Flame Surface Density
50%
Small-scale Combustion
50%
Maximum Rate of Pressure Rise
50%
Explosion Overpressure
50%
Ratio Effect
50%
Simulation Dynamics
50%
Blockage Ratio
50%
Hydrogen Explosion
50%
Solid Obstacle
50%
Accidental Explosions
25%
Lean Premixed
25%
Chemical Process Industry
25%
Obstacle Area
25%
Peak Overpressure
25%
Pressure Peak
25%
Baffle Configuration
25%
Transient Flames
25%
Premixed Hydrogen-air Flame
25%
Fast Flame
25%
Flame Surface Density
25%
Propane Flame
16%
Flow Modeling
16%
Flame Characteristics
16%
Square Obstacle
16%
Solid Baffle
16%
Primary Safety
16%
Hydrogen-air
16%
Compressible Flow
16%
Maximum Overpressure
16%
Flame Propagation Characteristics
16%
Baffle Arrangement
16%
Flow Turbulence
16%
Flame Location
16%
Flame-obstacle Interaction
12%
Large Obstacle
12%
Grid Cell Size
12%
Computational Grid
12%
Turbulent Premixed Combustion
12%
Turbulent Flow Modelling
8%
Flamelet Model
8%
Process Plant
8%
Obstacle Separation
8%
Chemical Processing
8%
Hydrogen Premixed Flame
7%
Clean Fuel
7%
Engineering
Numerical Study
100%
Premixed Turbulent Flame
100%
Solid Obstacle
100%
Baffle Plate
83%
Solid Baffle
66%
Pressure Rise
58%
Internal Combustion Engine
50%
Alternative Fuel
50%
Equivalence Ratio
50%
Ratio Effect
50%
Hydrogen Explosion
50%
Simulation Technique
41%
Computational Fluid Dynamics
41%
Combustion Chamber
41%
Dynamic Models
41%
Flow Configuration
41%
Transients
33%
Ignition Source
25%
Relative Speed
25%
Compressible Flow
25%
Process Chemical
25%
Gaseous Explosion
25%
Turbulence Intensity
16%
Flame Propagation
16%
Baseplate
16%
Main Point
16%
Combustion Event
16%
Flamelets
16%
Numerical Model
16%
Filter Width
12%
Computational Grid
12%
